BrassCraft . CSSC22R-24 P

The Eastman 5/8-IN OD gas connector is designed to connect most major brands of gas ranges, boilers, and high-usage appliances to a shut-off valve. The connector is certified for use with most ranges and boilers with gas ratings up to 150,000 BTUs. This gas connector includes an ArmorBoost EFV (thermal excess flow valve). The ArmorBoost EFV from Eastman is designed to help protect you and your family from catastrophic ruptures or disconnects in your gas line. The ArmorBoost valve immediately restricts gas flow to help protect you from the build-up of flammable gas. The valve will remain activated until the gas line is properly repaired. For added protection, the ArmorBoost EFV features a special fire-safe thermal ring that expands to stop gas flow when extreme temperatures of 350Degree plus are reached. DuraCoat Epoxy Coating provides extra protection from corrosion, chemical stains from common household products, and UV rays and is approved for indoor/outdoor use. includes (1) 24-IN 5/8-IN OD epoxy-coated gas connector, (1) 3/4-IN FIP fitting, (1) 3/4-IN FIP ArmorBoost EFV auto shut-off valve.

BrassCraft's Safety+Plus gas connector combines patented excess flow technology with the advanced corrosion resistance, to provide a safer gas connector for your home and family. In the event of a gas line rupture or disconnect, the Safety+Plus excess flow valve (EFV) restricts gas flow at the appliance to a non-hazardous level. This immediate action helps avert the potential for a dangerous release of gas into the home. Gas is controlled only at the point where the problem exists, the rest of your system will continue to function. Safety+Plus excess flow valve (EFV) automatically resets once the gas line is properly repaired. BrassCraft's stainless steel gas connector also features a proprietary polymer coating designed to withstand prolonged exposure to harsh household cleaning, plumbing repair and masonry products as well as UV rays and salt. The ProCoat coating is baked directly on the connector surface at high temperatures to provide a uniform coating over the entire length of the connector. The coating is applied only after the connector has been 100 percent leak tested to provide the most complete corrosion resistance.